Hello, I am Dipesh Thakur, a passionate architect from Kathmandu, Nepal, with a Bachelor's degree in Architecture from Nepal Engineering College. I have professional experience with Green Design Solutions Pvt. Ltd., DB Multi Engineering Pvt. Ltd., and Mithila Architects. Skilled in AutoCAD, SketchUp, Photoshop, Lumion, and Enscape,
I am committed to sustainable design, low-cost housing, and vernacular architecture. I have worked on diverse projects, including residential,Hospital, commercial, educational, and historical buildings.
My achievements include topping my thesis class and participating in prestigious architectural exhibitions and competitions.
DIPESH THAKUR Bachelors of Architecture
+977 9851235599
dpesthakur22@gmail.com
Imadol, Lalitpur
Education:
2014 | Bardibas, Mahottari
Shree Deurali Higher Secondary School School Leaving Certificate
2016 | Kathmandu, Province 3
Canvas International College Higher Secondary Education Board
2022 | Bhaktapur, Province 3
Nepal Engineering college Bachelor’s degree in Architecture
Experience:
12/2020 to 5/2021
Intern Architect at Green Design Solutions Pvt. Ltd
2022/2023
Mithila Architects
09/2023 to 04/2024
DB Multi Engineering Pvt. ltd.
Achievements:
B.Arch. Thesis Topper, NEC
Presenter in National Architectural Exhibition, KhEC & KhCE
Participated in SONA TOY Award
Participated in TOY ARCASIA
Recognition on photography, NEC
Skills:
Basic skills:
hand skethcing, drawings and illustrations
Compostion, presentation and documentation
Power point Word
3D Modeling Technical drawings
Rendering and Vizualization
Graphic Design and Post production
Photoshop Premiere Pro
Sketchup Autocad
Lumion Enscape
2. RESIDENCE
Second year project
Second year project
4.
Internship
1. PAHUNA GHAR AT GATLANG
Thesis project
3. GATLANG SETTLEMENT STUDY
LISANKHU MONASTRY
8.Miscellaneous
5. INTERIOR DESIGN Internship
7. MAHANTA PALACE Professional work
6. KIOCH
(KATHMANDU INSTITUTE OF CHILD HEALTH) Professional work
1. PAHUNA GHAR (Homestay) AT GATLANG (a.k.a.
the black village)
This project, merges traditional Tamang architectural styles with contemporary tourism needs, creating a distinctive homestay experience that authentically reflects the local culture and lifestyle. The project aims to preserve and highlight the unique socio-cultural heritage of the Gatlang village in Rasuwa, Nepal.
By using traditional building materials and techniques, the project aims to preserve Gatlang’s vernacular architecture while promoting sustainable tourism practices.
The design offers visitors an authentic cultural experience and supports the village’s economic growth by creating job opportunities and encouraging local crafts manhip.
Beyond its architectural significance, the Pahuna Ghar project serves as a cultural center that facilitates interaction between tourists and the local community, promoting a deeper appreciation of Tamang culture and traditions. The project’s focus on sustainable and eco-friendly practices emphasizes environmental stewardship and enhances the economic resilience of the Gatlang community.
Through this project, I demonstrate how thoughtful architectural design can contribute to cultural preservation, community empowerment, and sustainable development, making it a standout element in my portfolio.
Design apporach & functional placement
• Using Gatlang’s Vernacular architecture as a source for the geometry and shapes.
• A significant part is played by features like courtyards, stone walls, wooden roofs, and wooden Facades.
• Preserving visual axes to enhance the mountain and Parwati kunda lake vistas.
• A sense of unification/unity is created through interconnected open areas and attractively landscaped courts.
• Zoning and massing is done so as to respect the Parwati kunda lake and increase gradually.
•Private & public spaces provided to create the actual ambience of Gatlang.
1. Massing 2. Addition and subtraction 3. Connection to nature 4. Incorporating elements from vernacular Architecture
2. Residence Project
Second year
This academic project focuses on designing a residential building by transforming basic 2D shapes into a functional and aesthetically pleasing 3D form. The design process involves form extrusion, addition, and subtraction to achieve the desired structure. The layout includes an efficient kitchen, a comfortable guest room, a centrally located toilet, a family-oriented dining
room, a main social living area, and a guard house for security. Key features include the incorporation of vernacular architectural elements, the use of eco-friendly materials, and a strong focus on aesthetic appeal. This project demonstrates a balanced approach to residential design, emphasizing functionality, sustainability, and visual appeal.
1.Starting with two basic 2D forms 2. Form extrusion 3. Addition
Subtraction and form adjustment
fig: master plan
3. Study of Vernacular Architecture of GATLANG SETTLEMENT
Fourth year
This project investigates the vernacular architecture of Gatlang, a traditional Tamang village in the Rasuwa district of Nepal. Known for its unique two-storied stone-wood houses with carved wooden windows and roofs, Gatlang presents a rich tapestry of cultural and architectural heritage. Conducted by Nepal Engineering College, the study involved detailed household and building surveys, focusing on the socio-cultural lifestyle and settlement patterns.
Key aspects include the adaptation and reconstruction after the earthquake of 2015, which led to a blend of modern and traditional building techniques. This project highlights the resilience of the Tamang community and offers insights into sustainable architectural practices in rural settings.
This documentation serves as a significant contribution to the fields of architectural heritage and rural development of Nepal.
fig: Location of Gatlang Settlement
For the settlement study, the settlement was divided into 6 clusters, A, B, C, D, E and F.
Our group studied cluster D and its buildings, their architecture and construction details. We obtained the socio-cultural and socio-economic data of the settlement, focusing on the religion, tradition, culture, festivals and overall lifestyle of the inhabitants through door to door survey.
fig: gatlang settlement master plan
fig: cluster d settlement master plan
CONTEMPORARY VERNACULAR
OTHER
There were 80 households in Cluster D. The oldest presumed house of the settlement was located here. Other than the residential buildings, religious amenities like chorten and water mill, locally called ghatta, could be found in this cluster.
We conducted door-to-door household survey of all the houses. Then we categorized the households into different typologies. After dividing the houses into different categories, we came up with ideas on how the settlement can be developed and its old essence revived. We also studied the prevalent and newly introduced building techniques and material integration.
Among the 80 houses, we measured 7 of them in detail, including their openings and construction details. We also measured other structures that were there, namely additional religious amenities like chortens and mane walls.
In addition, we studied the vertical and horizontal division of spaces and functions in the buildings, building surroundings, usage and types of open spaces, and how the local climate had led to different characters that can be found in the buildings. We also studied the interrelation between humans and the built structures.
VERNACULAR WITH WOODEN ROOF
VERNACULAR WITH CGI ROOF
VERNACULAR WITH MIXEDROOF
R.C.C/ BRICK MASONRY
fig: cluster-d Building tYpe
fig: cluster-d Building tYpe
About cluster D:
fig: Typical house plan
fig: Typical house section
fig: window plan
fig: window elevation
fig: window section
fig: window lock detail
4. Lisankhu Monastry
This project was a part of my intership, where i was tasked with preparing the master plan and plans of the main gumba building.
In the design of this monastery , I have carefully selected special construction materials to ensure both structural safety and aesthetic appeal. Additionally, I have incorporated specific colors into the design palette, drawing inspiration from the vibrant colour of Red, white, yellow, black and green to infuse the buildings with cultural and spiritual significance. For the roofs, I respected the sloping designs used in monasteries with carved metal eaves symbolizing protection and spiritual reverence.
I have paid close attention to the window treatments, incorporating trapezoidal wooden frames to enhance both functionality and visual appeal. As well as I have integrated intricate carvings, paintings, and murals inspired by Tibetan Buddhism and cultural heritage, creating spaces that evoke a sense of tranquility and reverence.
Overall, through thoughtful design choices and attention to detail, I have endeavored to capture the essence of Tibetan architecture, creating spaces that are both beautiful and spiritually meaningful.
NORTH ELEVATION EAST ELEVATION
5. Interior design
Paachkhal, Kavre, Nepal
This project mainly focuses on my 3D rendering skills and shows my proficiency with 3D rendering softwares and post production.
Here I have used autocad for drafting the plans and sketchup for modeling the space in 3D. The renders here are obtained using Lumion, which are later adjusted in photoshop.
The project was a part of my intership, where the interns were assigned to
1. Reception 2. Waiting room
3. Endtrance 4. Corridor
5. Lobby
create 3D renders of interior spaces of the municipal building at Paachkhal, Kavre.
I was assigned the main entrance area, with the lobby and waiting room. The client wanted a modern finish with wood accents, and a false ceiling.
I have used PVC wallpaper to provide a modern look, with wooden accent, ensuring sufficient lighting for the reception and waiting areas.
fig: view of reception and waiting area
fig: view of reception
fig: view of waiting area and corridor
fig: view of reception from main entrance
6. Kathmandu Institute of Child health
Budhanilkantha, Kathmandu, Nepal
For the majority of my employment in DB multi-engineering consultant firm, I was involved in this hospital project.
Kathmandu Institute of Child Health (KIOCH) is one of the largest projects happening in Kathmandu that is entirely non-profitable organization based. Construction drawings had already been prepared, however a redesign was required. I was involved in the redesign of the hospital. As of now, base-
Site Area: 21200 sq.m (228194 sq.ft)
Built up Area: 25930 sq.m (279108 sq.ft)
200 bedded hospital
ment and the ground floor has been completed.
The project has been running for two years now. Most of the time has been taken for site layout and terrain stabilization, given the extremely sloppy nature of the site. The primary goal of this project is to provide affordable and high quality health care service to children under 18 years of age.
fig: site plan
fig: grOund flOOr plan
Major involvements:
• FACADE DESIGN: The facade design of the entire hospital was done by me, under my professor’s supervision.
• ARCHITECTURAL VISUALIZATION: Visualization of the entire project was done by me. It involved visualization of interior as well as exterior images.
• INTERIOR DESIGN: Interior Design of Wards, Emergency room, Private and semi-private rooms, corridors and the main lobby was done by me with help of my team members.
• LANDSCAPE DESIGN: The landscaping of the project was done my me, with consultation of a civil engineer, due to the hazardous nature of the site.
• DRAFTING: I prepared all the Architectural drawings and aided in the preparation of its supportive drawings.
fig: master plan
7. MAHANTA PALACE: MEASURED DRAWING
Mahottari, Nepal
GROUND FLOOR PLAN
The Mahanta Palace was originally built as a Rana Palace. During winters, when Kathmandu became too cold, the Ranas would stay here in the Terai region, which remained relatively warmer. Later, it was converted into the Laxmi Narayan Temple. Presently, this building functions as a religious place, but it is in a deteriorating condition. The Nepalese government is pursuing retrofitting efforts to preserve and safeguard its historical significance.
FIRST FLOOR PLAN
We were assigned to a project, tasked with conducting as-built surveys and measured drawings for the purpose of retrofitting the historical building. My role involved performing an on-site assessment and measuring the existing structure to ensure accurate documentation and plans for the retrofitting process, following the preservation standards and maintaining architectural integrity.
